36^th World Nano Conference

Nano-Electronics & Quantum Devices

Nano-electronics and quantum devices are redefining the boundaries of speed, miniaturization, and computational power. Fabricating electronic components at the nanoscale enables ultra-fast processors, low-power chips, high-density memory, and transformative architectures beyond the limitations of classical semiconductor technology. Innovations such as quantum dots, nanowires, single-electron transistors, spintronic systems, and 2D materials are accelerating the evolution of quantum computing, neuromorphic circuits, and next-generation communication networks. These nanoscale devices harness quantum phenomena such as superposition, tunneling, and entanglement, enabling unprecedented capabilities for encryption, sensing, and data processing. Nano-electronics also supports advanced biomedical implants, flexible electronics, wearable systems, and edge-AI technologies. Integration of nanoscale fabrication with photonics, superconducting materials, and AI-driven modeling enhances device performance and reliability. As industries demand higher efficiency and greater computational potential, nano-electronics and quantum device engineering are driving a global shift toward intelligent, resilient, and energy-optimized digital infrastructure.